Key ring



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H. MOORE KEY R NG Filed Nov. 6, 1937 April 26, 1938.

Patented Apr. 26, 1938 UNITED STATES PATENT OFFECE 2 Claims.

description, and to the drawing of which Figure 1 is a perspective view of the separate parts of an embodiment of the invention.

Figure 2 is an elevation showing some of the parts in section.

Figure 3 is an end view of the closure member.

Figures 4 and 5 are similar end views of closure members having different shapes.

Figure 6 is a perspective view of the closure member of another shape.

The key ring illustrated in Figures 1 and 2 comprises a piece of wire or similar material which has a straight shank portion 10 and a bent portion I2 forming a loop or ring. The free end [4 of the bent portion is spaced from the juncture I6 of the bent and straight portions, leaving a gap i8 through which keys may be inserted into or removed from the ring.

In order to close the gap l8, a closure member is provided which may consist of a block of suitable material, preferably a molded plastic. By employing a colored transparent moldable material, key rings of very attractive appearance may be formed and advertising matter or the like may be placed on the side faces of the block 20. A longitudinal bore 22 is formed in the block to receive the shank I0. One end of the block is notched or grooved as at 24 to receive the free end I 4 of the loop and the juncture portion It When the shank I0 is inserted in the bore 22. The other end of the block is counterbored as at 25. The free end of the shank I0 is threaded as at 26, some of this threaded portion projectingworking loose. When the nut is set up firmly, it draws the shank l0 into the bore so that the portions l2 adjacent to the free end l4 and the juncture it are pressed strongly against the bottom of the notch 24. This results in a slight distortion of the ring l2, as indicated by dotted lines in Figure 2, sufiicient to maintain a tensional stress on the shank III. This constant tension on the shank l0 keeps the conical portion of the nut 30 tightly wedged within the counterbore 25.

While the ring I2 is illustrated as circular in form, it may be made in the form of an oval or any other nearly closed loop as desired. Furthermore, any suitable or desirable securing means for the shank and block may be employed in the place of the finger nut 30. The block illustrated in Figure 1 is a rectangular cross section, but, if desired, the block may be circular as indicated in Figure 4, oval as indicated in Figure 5, or otherwise'as desired. Figure 6 shows the block in the form of a disk through which the bore 22 passes diametrically, the notch at one end of the bore being in a circumferential edge of the disk.

It is evident that various other modifications and changes may be made in the specific details of the key ring herein shown and described without departing from the spirit or scope of the invention as defined in the following claims.

I claim:

1. A key ring comprising a piece of wire having a straight shank portion and a bent loop portion, the free end of the bent portion being adjacent to but spaced from the juncture of the shank and loop, a block through which said shank extends, said block having a notch in an end thereof for said juncture and free end portions of the Wire, and a nut in threaded engagement with the shank and pressing against the other end of said block.

2 A key ring comprising a wire bent to form a loop with a small gap for the insertion and removal of keys and a straight shank portion with a threaded end projecting from said loop, a block having a bore therethrough to receive said shank, said block having a transverse notch at one end of said bore and a counterbore at the other end of the bore, and a nut screw-threaded on the end of said shank, said nut having a conical projection wedged in said counterbore.

HARRINGTON MOORE. 

